Ian Hay 🧬 (@hayitsian) 's Twitter Profile
Ian Hay 🧬

@hayitsian

Writing about the future of biology | @Northeastern | @FactorBio

ID: 2771886610

linkhttps://open.substack.com/pub/ianhay/p/the-next-generation-of-medicine?r=26eg9g&utm_campaign=post&ut calendar_today16-09-2014 02:25:15

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Elliot Hershberg (@elliothershberg) 's Twitter Profile Photo

From lab to approval in 11 years 🧬 And the thing is, medical applications of CRISPR are just getting started... Just yesterday, the @doudna_lab released two juicy preprints on improved delivery methodologies for CRISPR editing machinery: 1. Lung and liver editing by lipid

From lab to approval in 11 years 🧬

And the thing is, medical applications of CRISPR are just getting started...

Just yesterday, the @doudna_lab released two juicy preprints on improved delivery methodologies for CRISPR editing machinery:

1. Lung and liver editing by lipid
Niko McCarty 🧫 (@nikomccarty) 's Twitter Profile Photo

The micropipette was invented by a German postdoc in just two days. Heinrich Schnitger's device. made in 1957, had “all the essential features" of a modern pipette. It had a spring-loaded piston, a second spring to shoot out residual liquid, and a plastic tip.

The micropipette was invented by a German postdoc in just two days.

Heinrich Schnitger's device. made in 1957, had “all the essential features" of a modern pipette.

It had a spring-loaded piston, a second spring to shoot out residual liquid, and a plastic tip.
Ian Hay 🧬 (@hayitsian) 's Twitter Profile Photo

We can fold DNA like origami paper to create smiley faces :) and countless other shapes. This fun experiment has applications in drug delivery and perhaps most notably in CRISPR gene editing. Let me explain 🧵

We can fold DNA like origami paper to create smiley faces :) and countless other shapes.

This fun experiment has applications in drug delivery and perhaps most notably in CRISPR gene editing.

Let me explain 🧵